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The textile testing lab works under the direction of Elizabeth P. Easter, M.D., Ph.D., an expert, and consultant for textile care and textile testing Dr. Easter has more than twenty years of applied science and consulting experience. She is the owner and operator of the New England textile laboratory and Textile Institute in Westport, Connecticut. She is also a member of the American Society of Testing Materials and the International Textile Council.<br>Visit: https://www.ttilabs.net/<br>
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How to Identify the Best Textile Testing Lab www.ttilabs.net
The textile testing lab works under the direction of Elizabeth P. Easter, M.D., Ph.D., an expert and consultant for textile care and textile testing Dr. Easter has more than twenty years of applied science and consulting experience. She is the owner and operator of the New England textile laboratory and Textile Institute in Westport, Connecticut. She is also a member of the American Society of Testing Materials and the International Textile Council.
At the textile testing lab, one can gain a lot of knowledge about textile materials and their different components. It is a very practical area of study which requires a good understanding of technology and science. One can also gain many tips from the professionals and experts. In-house training is available for those who want to work here.
Those textile testing lab workers are equipped with all the latest apparatus and equipment’s to do the job well. There are different textile testing lab machines and instruments used here. The employees must be aware of their responsibility and the way they perform their job. To perform the job adequately, one has to have a sound knowledge of the textiles and their components.
The textile testing lab at the New England textile institute trains its workers in state-of-the-art facilities. The modern Textile Testing Labs incorporate digital programs, high-tech equipment and high resolution imaging and analysis machines. These have now become a necessity in the apparel industry. There are no shortcuts anymore when it comes to making textiles look and feel good.
The fabric and garments should not only be attractive but durable and easy to maintain as well. The textile testing lab looks for the flaws in the fabrics and faults in their structure and composition. It checks for defects in flammability and air permeability. When the garments are made for the first time, the professionals conduct a series of tests to identify their strengths and weaknesses and how they should be improved.
Clothing materials for men, women and children are being manufactured nowadays. These garments are intended to be worn on daily basis so they need to be durable and long lasting. The textile testing lab examines these materials thoroughly before they are released into the market for sale. Before releasing them, they have to be made dust free and flame resistant. They have to resist chemicals like chlorine, oil, grease and alkalis. They also have to be made with perfections in every aspect including tightness, stretch ability, and comfort and flame resistance.
Every textile material that is tested has to undergo several tests. There are different types of tests that are conducted in textile industries. The most common test method is known as the monochrome infrared test method. The process involves exposing the material to a spectrum of ultraviolet rays which will deteriorate the fabric. This test method can determine the rate of color fading, spot fading, sheen and glossiness.
Another common textile industries test method is known as the moisture contact test method. In this test method, the fabric is immersed in water and tested for the rate of moisture absorption. Other methods include the ultraviolet absorbance and the electrical resistivity test method. Some of the other tests that are commonly carried out include the flaw detection test method, the defect melt-off test method and the impact discharge testing method.
Air permeability tester will be used to test the fabric for air permeability. When the air permeability tester is conducted on the textiles, it will determine if the material can hold air. It will also determine if the material can release air while the textiles are still stuck together. This is important because some textiles may contain solvents that will cause staining if they are stuck together after being exposed to air. The textile can be tested for its ability to release air.
A common laboratory procedure called the spot color test is done in textile materials. The procedure involves exposing the textile material to a spectrum of ultraviolet (UV) light that will produce a specific color. Some of the fabrics that are commonly tested include nylon, polyester, cotton, rayon and silk. Some textiles that are frequently tested include wool, silk, satin, cotton fiber, rayon, nylon, polyester, nylon and acrylic. A hydro silicate acid stain analyzer is commonly used in testing textile materials.
There are several other different testing methods that are often conducted by Testing laboratories. A dye-analysis test method is often used to determine the color of a fabric. A flame retardant test method is sometimes used to identify fabrics that are potential fire hazards. A moisture transfer test method will determine if certain materials will allow moisture to be introduced into an area that is not intended as a surface that will be used for that material. A hydrating transfer test can also determine if a material can lose moisture from one location and retain that moisture at a different location.
